Hot Product

China Ultrasonic Sensor | High Power Converter 15KHz

Short Description:

Ultrasonic sensor by China-based Hanspire, designed for plastic welding, converts AC into sound waves.

  • Model: H-6015-4Z
  • Frequency: 15KHz
  • Shape: Cylindrical
  • Ceramic diameter: 60mm
  • Quantity of ceramic: 4
  • Impedance: 15Ω
  • Power: 2600W
  • Max Amplitude: 10µm
  • Brand: Hanstyle

Product Detail

Product Tags

Product Main Parameters

ModelFrequency (KHz)Ceramic Diameter (mm)Input Power (W)
H-7015-4Z15702600
H-6015-4Z15602200

Common Product Specifications

Frequency15 KHz
Impedance12000-14000 Ohms
Capacitance2600 pF

Product Manufacturing Process

The manufacturing process of ultrasonic transducers involves precision engineering to ensure high-frequency acoustic energy conversion. According to authoritative studies, piezoelectric ceramics are the core component, enabling efficient electrical to mechanical energy conversion. The ceramics are housed in a robust casing to protect against environmental factors, and every unit undergoes stringent testing for quality assurance. The high mechanical quality factor and energy-saving properties make these sensors suitable for various applications by achieving high electric-acoustic conversion efficiency. This meticulous process makes China a leader in producing reliable ultrasonic sensors.

Product Application Scenarios

Ultrasonic sensors have diverse applications across multiple industries. In industrial automation, they ensure precision in distance and level measurements, crucial for maintaining operational accuracy. The healthcare sector benefits from non-invasive diagnostics, using sensors for accurate internal measurements. Automotive uses include collision avoidance and parking assistance, contributing to vehicle safety, while consumer electronics leverage them for gesture recognition, enhancing user interaction. China's advanced technology in ultrasonic sensors ensures reliability and efficiency, making them indispensable in modern technology-driven applications.

Product After-Sales Service

Hanspire offers comprehensive after-sales services for our ultrasonic sensors. Our dedicated support team in China is available to assist with installation, troubleshooting, and maintenance, ensuring optimal performance. We provide a warranty period and replacement options for any manufacturing defects. Additionally, our online resources and manuals are accessible for user convenience, enhancing the after-sales experience and customer satisfaction.

Product Transportation

The ultrasonic sensors are securely packaged for safe transportation. We use robust export packaging to protect against transit damage, ensuring the product arrives in perfect condition. Our logistics partners in China are committed to efficient delivery, with tracking options available for customer convenience and assurance.

Product Advantages

  • Energy-efficient and environmentally friendly design.
  • High mechanical quality factor for superior performance.
  • Cost-effective with enhanced electric-acoustic conversion efficiency.
  • Robust construction for long-term durability.
  • Consistent quality assurance with multiple testing phases.

Product FAQ

  1. What makes Hanspire's ultrasonic sensor unique?
    Hanspire's ultrasonic sensor combines advanced technology and precision engineering, made in China, ensuring superior performance and reliability.
  2. How does the ultrasonic sensor measure distance?
    The sensor emits sound waves and measures the time taken for echoes to return, calculating distance based on sound speed.

Product Hot Topics

  1. Why Choose Ultrasonic Sensors from China?
    China is renowned for its cutting-edge technology in ultrasonic sensors, offering high-quality and cost-effective solutions for various industries worldwide.
  2. Advancements in Ultrasonic Sensor Technology
    The latest innovations in ultrasonic sensors from China focus on increased accuracy, enhanced range, and improved resistance to environmental conditions, making them a versatile option for modern applications.

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